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Criteria to Evaluate the Quality of Building Envelope Retrofits Architectural Research in Finland, vol.2, no.1 (2018) 152 Criteria to Evaluate the Quality of Building Envelope Retrofits Yrsa Cronhjort Aalto University, School of Arts, Design and Architecture [email protected] Abstract The construction industry is progressively moving from designing and building new towards redesigning, upgrading and maintaining existing buildings. Concurrently, the increasing demand for urban renewal calls for architectural interventions. Success and the meeting of set goals is typically assessed using an established framework. Architectural tradition offers methodologies to evaluate built structures based on characteristics like build quality, engineering performance, functionality, spatial design, and effects on the living environment.However, in addition to these qualities, building refurbishments target energetic, economic, environmental and social improvements. They respond to complex requirements set by an extensive network of stakeholders. A qualitative building assessment based on architecture alone does not sufficiently reflect the aims of such processes, and a holistic means to analyze refurbishment designs is lacking. This paper presents a review of existing building assessment methodologies, and suggests a new, simple set of evaluation criteria for interventions on the building envelope. The proposal is demonstrated by assessing three cases illustrating different approaches to such processes. Evaluation results prove the usability of the method to assess the variation in extent and aims of implemented measures. Coupled with quantitative estimations, it could aid the decision making process in residential housing cooperatives. Future development should include further cases and more extensive building refurbishments. Keywords: building envelopes, build quality, evaluation criteria, refurbishments, energy retrofits, qualitative building assessment. Introduction The construction industry is progressively moving from designing and building new to redesigning, upgrading and maintaining existing buildings. The context is complex and the regulatory framework is increasing. Refurbishments should target not only structural and energetic, but also economic, environmental and social improvements. A major difference, as compared to new build, is the position of the end-user as main client and stakeholder. In Finland, the end-user is often also the sole investor, as the majority of our residential households are owner-occupied (Official Statistics of Finland 2016). Hence, qualitative improvements and added value for the end-user should be a main outcome of refurbishment processes. The decision making process is challenging. Finnish residential multi-story buildings are typically organized as Limited Liability Housing Companies and led PEER-REVIEWED ARTICLE TONI KOTNIK Architectural Research in Finland, vol.2, no.1 (2018) 153 by a board of laymen. Decisions are taken as a majority vote among shareholders, being the owners and usually also users of the building. Building Motivations for a voting decision can vary significantly. Typically, a refurbishment process starts with a project planning phase overseeing various scenarios for refurbishments building works and required initial investment cost. Based on presented material respond to a and set requirements the board selects among numerous alternatives a few complex set of choices to be decided on by the shareholders. Minimum requirements are usually identified based on immediate needs, like leakages, and the long-term requirements from maintenance plan of the housing company. As laymen are involved personal an extensive preferences may also affect, for example, the setting of requirements and the selection of alternatives to be taken forward. Overall, there is a tendency towards network of avoiding high cost measures. (Cronhjort and le Roux 2013.) In this context, very stakeholders. A seldom any actual assessment framework is applied. One reason being the cost. holistic means to Hence, the alternatives might be limited to known solutions responding to limited requirements. Added value is seldom discussed. analyze refurbishment To develop building retrofits the client needs to be educated on what to demand and how, and be offered tools to better evaluate proposed solutions. As the client designs is lacking. in a building refurbishment often is also the end-user, the assessment should not only include quantitative aspects but additionally aid the understanding of the qualitative end result and added values of the proposal. The decision making process of housing companies calls for cost efficient assessments based on both quantitative and qualitative criteria, including architectural aspects. This study proposes one approach illustrated with three cases and discusses the results as well as needs for further development. Section one of the article focuses on the methodology. Section two presents a literature review. Section three explores requirements set on building envelope retrofits and suggests a set of evaluation criteria. Section four demonstrates the method by assessing selected cases. Sections five and six discuss and conclude the results. Methodology The study includes a literature review of existing architectural assessment and complementary evaluation frameworks for building refurbishments, and suggests an interdisciplinary set of qualitative evaluation criteria reflecting current aims in construction. The proposal is demonstrated by evaluating three different approaches to facade retrofits of residential buildings. An essential part of this research is the motivation for selecting and deciding on evaluation criteria. The motivations are as follows: 1) As the study is limited to facade retrofits, evaluation criteria base on structural parts that exist in the facade and measures that can be taken during a refurbishment process. 2) Added value for the end-user is the focal point. Hence, suggested measures are evaluated from the viewpoint of the end-user and direct effects on living, like comfort of the occupant. 3) Aims and goals are regulated by European Directives and national building codes. Such standards offer a basis for comparison when deciding on level of improvements regarding, for example, energy efficiency. 4) The study adds new knowledge to architectural research. The architectural tradition offers itself a holistic view on the art of building suggesting the user and his experiences as focal point. A key message of this research is placing the user back in the centre, building on this tradition. Hence, architectural frameworks are also investigated. Additionally, a means to convey the results must be chosen. The target group for communications consists of laymen and hence the final outcome should be easily PEER-REVIEWED ARTICLE TONI KOTNIK Architectural Research in Finland, vol.2, no.1 (2018) 154 and readily understood. To support this target the results are formatted into radar charts as suggested, for example, by Malm et al. (2014) and the developers of the Design Quality Indicator (Construction Industry Council). Literature review Methodologies and software exist to evaluate building performance. The emphasis of such is often on single indicators like energy efficiency or environmental impact (Horvat and Fazio 2011; le Roux and Cronhjort 2012). Tools to evaluate Life Cycle Analysis (LCA) and Life Cycle Costs (LCC) exist and the use is increasing. From the viewpoint of current European agreements this is sufficient; according to the recast Directive 2010/31/EU building retrofits should be done to a high standard of energy efficiency and in a cost efficient way (Buzek and López Garrido 2010). However, researchers do argue that building projects should add value, not only to the built environment, but also to the end-user and client in the form of commercial and social benefits, and call for methodologies to holistically quantify the aspects of good design (Adamson 2004; Thomson, Austin, Devine-Wright and Mills 2003; Vestergaard 2011). Project Sustainable Refurbishment of Building Facades and External Walls, SUSREF, presents one attempt suggesting a holistic and systematic evaluation tool of facade retrofits (SusRef). The method comprises fifteen aspects to be assessed, including the evaluation of aesthetic design in addition to energy efficiency, structural stability and safety, interior air quality, environmental performance, costs, and social impacts (Häkkinen 2012). The SusRefTOOL presents criteria for eight out of fifteen variables on a scale from -2 to +2. The aesthetic quality of the design is suggested to be assessed by a panel of experts (Häkkinen ed. 2012.). However, evaluation criteria remain undefined. The project provides a separate calculation tool for LCA and LCC for sustainable refurbishments of external concrete sandwich wall elements in the Nordic countries and Central Europe. It uses the VTT database and a cradle-to-gate approach. (SusRef.) The architectural quality of ambitious facade retrofits on residential buildings has been assessed by Vestergaard (2012) in a case study discussing four projects from Denmark, Austria and Finland in her article Architectural freedom and industrialized architecture – retrofit design to passive house level. She concludes that despite offered opportunities, retrofitted buildings still express a similar repetition as the original designs of mass-produced housing. However, she does not either suggest any concrete evaluation criteria. In the United Kingdom, the evaluation of
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